Image output device, image processing apparatus, image output and image processing system, and method therefore

ABSTRACT

A digital camera transmits to a printer a command for transmitting RAW format compatibility information which is information of a RAW file format directly printable by the printer. Upon receipt of the RAW format compatibility information from the printer, the digital camera determines, on the basis of the received RAW format compatibility information and the format of a RAW file stored in a flash memory thereof, whether the RAW file can be directly printed by the printer. If the RAW file can be directly printed, the digital camera transmits the RAW file to the printer. If the RAW file cannot be directly printed, the digital camera transmits to the printer the RAW file and a development enabling parameter which enables analysis of RAW data included in the RAW file as image data. The printer prints the RAW file with the use of the development enabling parameter.

BACKGROUND OF THE INVENTION

1. Field of the Invention

The present invention relates to an image output device, an imageprocessing apparatus, an image output and image processing system, and amethod therefor.

2. Description of the Related Art

Conventionally, an image output device has been proposed which, if animage file selected by a user is a RAW format file, and if there is aJoint Photographic Experts Group (JPEG) file corresponding to the RAWfile and suitable for printing, transmits the JPEG file to a printingapparatus, and which, if there is no JPEG file corresponding to the RAWfile and suitable for printing, generates a JPEG file from the RAW fileand transmits the generated JPEG file to the printing apparatus, tothereby reliably perform print processing of the RAW file even when theprinting apparatus cannot directly print the RAW file (see JapaneseUnexamined Patent Application Publication No. 2005-33468, for example).

SUMMARY OF THE INVENTION

The image output device described in Japanese Unexamined PatentApplication Publication No. 2005-33468, however, only transmits the JPEGfile to the printing apparatus, although the device stores the RAW file.As a result, the image output device is unable to perform printprocessing utilizing the characteristic of the RAW file, which is notsubjected to development and a variety of image processes.

The present invention has been made in view of the above circumference,and an object of the present invention is to provide an image outputdevice, an image processing apparatus, an image output and imageprocessing system, a method therefor, and a program therefor enablingprocessing of RAW data by an image processing apparatus with increasedreliability.

To achieve the above object, the present invention is configured asfollows.

An image output device according to an aspect of the present inventionis an image output device connected to an image processing apparatus toexchange information therewith. The image output device includes a firstacquisition unit for acquiring RAW data which is undeveloped image datastored in a first storage unit, a first transmission unit capable oftransmitting information, a first reception unit capable of receivinginformation, and a first control unit that causes the first transmissionunit to transmit to the image processing apparatus a confirmationcommand for confirming compatibility information including informationrelating to RAW data processable by the image processing apparatus,that, when the first reception unit receives from the image processingapparatus a response result to the confirmation command, determines onthe basis of the received response result whether the image processingapparatus can process the RAW data, and that causes the firsttransmission unit to transmit the RAW data to the image processingapparatus, when it is determined that the imago processing apparatus canprocess the RAW data.

The image output device transmits to the image processing apparatus theconfirmation command for confirming the compatibility informationincluding the information relating to the RAW data processable by theimage processing apparatus. Then, upon receipt from the image processingapparatus of the response result to the confirmation command, the imageoutput device determines on the basis of the received response resultwhether the image processing apparatus can process the RAW data acquiredby the image output device. If the image output device determines thatthe image processing apparatus can process the RAW data, the imageoutput device transmits the RAW data to the image processing apparatus.Accordingly, the RAW data can be processed by the image processingapparatus with increased reliability.

Alternatively, an image output device according to an aspect of thepresent invention may be an image output device connected to an imageprocessing apparatus to exchange information therewith and including afirst storage unit for storing a RAW file including undeveloped RAW dataobtained by an image pickup device and information relating to theformat of the RAW file, a first transmission unit capable oftransmitting information, a first reception unit capable of receivinginformation, and a first control unit that causes the first transmissionunit to transmit to the image processing apparatus a confirmationcommand for confirming the format of a directly processable RAW file onthe basis of format compatibility information which is information of aRAW file format directly processable by the image processing apparatus,that, when the first reception unit receives from the image processingapparatus a response result to the confirmation command, determineswhether the image processing apparatus can directly process the RAWfile, on the basis of the received response result and the informationrelating to the format of the RAW file, and that causes the firsttransmission unit to transmit the RAW file to the image processingapparatus, when it is determined that the image processing apparatus candirectly process the RAW file.

In the image output device according to the above aspect of the presentinvention, the first acquisition unit may further acquire analysisenabling information which is information used to analyze the content ofthe RAW data. Further, the first control unit determines on the basis ofthe received response result whether the image processing apparatus canprocess the RAW data without the analysis enabling information, and maycause the first transmission unit to transmit the analysis enablinginformation to the image processing apparatus, when it is determinedthat the image processing apparatus cannot process the RAW data withoutthe analysis enabling information. In this case, the first control unitmay cause the first transmission unit to transmit the analysis enablinginformation to the image processing apparatus prior to an operation by auser of inputting a direct processing command which is a command forhaving the RAW data directly processed by the image processingapparatus. Further, the first control unit may cause the firsttransmission unit to transmit to the image processing apparatus the RAWdata corresponding to the analysis enabling information together withthe analysis enabling information of the RAW data.

In the image output device according to the above aspect of the presentinvention, the first control unit may cause the first transmission unitto transmit the confirmation command to the image processing apparatusprior to an operation by a user of selecting the RAW data.

In the image output device according to the above aspect of the presentinvention, when the first reception unit receives from the imageprocessing apparatus the compatibility information, which is stored as atype of the RAW data processable by the image processing apparatus, thefirst control unit may determine, on the basis of the receivedcompatibility information and information relating to the format of theRAW data acquired by the first acquisition unit, whether the imageprocessing apparatus can process the RAW data.

In the image output device according to the above aspect of the presentinvention, the first control unit may cause the first transmission unitto transmit to the image processing apparatus the confirmation commandincluding information relating to the RAW data acquired by the firstacquisition unit. Further, when the first reception unit receives fromthe image processing apparatus processing availability information,which includes information relating to RAW data processable by the imageprocessing apparatus out of the RAW data acquired by the firstacquisition unit, as the response result to the confirmation command,the first control unit may determine whether the image processingapparatus can process the RAW data, on the basis of the processable RAWdata based on the received processing availability information and theinformation relating to the RAW data acquired by the first acquisitionunit.

In the image output device according to the above aspect of the presentinvention, when it is determined that the image processing apparatuscannot process the RAW data, the first control unit may convert the RAWdata into data processable by the image processing apparatus and causethe first transmission unit to transmit the converted data to the imageprocessing apparatus. In this case, the “data processable by the imageprocessing apparatus” may be the RAW data processable by the imageprocessing apparatus.

The image output device according to the above aspect of the presentinvention may further include a display unit capable of displaying animage. Further, on the basis of the received response result andinformation relating to the RAW data, the first control unit maydetermine whether the image processing apparatus can process the RAWdata. If it is determined that the image processing apparatus cannotprocess the RAW data, the first control unit may cause the display unitto display the RAW data in a different pattern from the pattern of thedata determined to be processable by the image processing apparatus.

In the image output device according to the above aspect of the presentinvention, the first control unit may cause the display unit to displaythe RAW data determined to be processable by the image processingapparatus, in a pattern that a user can perform an operation ofinputting a processing command which is a command for having the RAWdata processed by the image processing apparatus.

An image processing apparatus according to an aspect of the presentinvention is an image processing apparatus connected to an image outputdevice to exchange information therewith. The image processing apparatusincludes a second transmission unit capable of transmitting information,a second reception unit capable of receiving information, a processingperforming unit for performing predetermined processing with the use ofRAW data received by the second reception unit, a second storage unitfor storing compatibility information including information relating toRAW data processable by the processing performing unit, and a secondcontrol unit that, when the second reception unit receives from theimage output device a confirmation command for confirming theprocessable RAW data, causes the second transmission unit to transmit tothe image output device a response result on the basis of thecompatibility information, and that, when the second reception unitreceives the processable RAW data from the image output device, causesthe processing performing unit to perform the processing on the RAWdata.

When the image processing apparatus receives from the image outputdevice the confirmation command for confirming the processable RAW data,the image processing apparatus transmits the response result to theimage output device on the basis of the compatibility information. Then,when the image processing apparatus receives the processable RAW datafrom the image output device, the image processing apparatus processesthe RAW data. In this manner, the image processing apparatus conveys tothe image output device the response result enabling the confirmation ofthe processable RAW data. Therefore, the image output device can knowthe RAW data processable by the image processing apparatus. Accordingly,the RAW data can be processed with increased reliability.

Alternatively, an image processing apparatus according to an aspect ofthe present invention may be an image processing apparatus connected toan image output device to exchange information therewith and including asecond storage unit for storing compatibility information which isinformation of the format of a directly processable RAW file, a secondtransmission unit capable of transmitting information, a secondreception unit capable of receiving information, a processing performingunit for performing predetermined processing with the use of a RAW filereceived by the second reception unit, and a second control unit, that,when the second reception unit receives from the image output device aconfirmation command for confirming the format of the directlyprocessable RAW file on the basis of the compatibility information,causes the second transmission unit to transmit to the image outputdevice a response result enabling confirmation of the format of the RAWfile directly processable by the processing performing unit and based onthe compatibility information, and that, when the second reception unitthereafter receives the RAW file from the image output device, causesthe processing performing unit to perform the processing on the RAWfile.

The image processing apparatus according to the above aspect of thepresent invention may further include a processing determination unitfor determining whether RAW data which cannot be subjected to theprocessing can be processed by the processing performing unit on thebasis of analysis enabling information which is information used toanalyze the content of the RAW data. Further, if the second receptionunit receives the analysis enabling information of the RAW data whichcannot be subjected to the processing, the processing determination unitmay determine whether the RAW data which cannot be subjected to theprocessing can be processed by the processing performing unit with theuse of the received analysis enabling information. Then, if it isdetermined that the RAW data which cannot be subjected to the processingcan be processed by the processing performing unit with the use of thereceived analysis enabling information, the second control unit maycause the processing performing unit to perform the processing on theRAW data with the use of the analysis enabling information. In thiscase, when the second reception unit receives the RAW data which cannotbe subjected to the processing and the analysis enabling information ofthe RAW data, the processing determination unit may attempt to analyzewith the use of the analysts enabling information the content of the RAWdata which cannot be subjected to the processing and may determine onthe basis of the result of the analysis whether the RAW data can beprocessed by the processing performing unit. Further, the second controlunit may cause the second transmission unit to transmit to the imageoutput device the result of the determination by the processingdetermination unit.

In the image processing apparatus according to the above aspect of thepresent invention, when the second reception unit receives theconfirmation command from the image output device, the second controlunit may cause the second transmission unit to transmit to the imageoutput device the response result including the compatibilityinformation stored in the second storage unit.

In the image processing apparatus according to the above aspect of thepresent invention, when the second reception unit receives from theimage output device the confirmation command including informationrelating to RAW data acquired by the image output device, the secondcontrol unit may determine, on the basis of the received informationrelating to the RAW data and the compatibility information, whether theRAW data acquired by the image output device can be processed by theprocessing performing unit, and may cause the second transmission unitto transmit to the image output device the response result includingprocessing availability information based on the result of thedetermination.

In the image processing apparatus according to the above aspect of thepresent invention, the processing performing unit may constitute a printprocessing performing unit for performing print processing of printingthe RAW data on a printing medium. Alternatively, the processingperforming unit may constitute a display processing performing unit forperforming display processing of displaying an image of the RAW data.

An image output and image processing system according to an aspect ofthe present invention includes one of the image output devices describedabove, and one of the image processing apparatuses described above.According to the image output and image processing system, the imageoutput device transmits to the image processing apparatus theconfirmation command for confirming the processable RAW data on thebasis of the compatibility information including the information of theRAW data processable by the image processing apparatus. Then, when theimage processing apparatus receives the confirmation command, the imageprocessing apparatus transmits the response result to the image outputdevice on the basis of the compatibility information. When the imageoutput device receives the response result from the image processingapparatus, the image output device determines, on the basis of thereceived response result, whether the RAW data acquired by the imageoutput device can be processed by the image processing apparatus. If itis determined that the RAW data can be processed by the image processingapparatus, the image output device transmits the RAW data to the imageprocessing apparatus. Then, when the image processing apparatus receivesthe RAW data, the image processing apparatus processes the RAW data.Accordingly, the RAW data can be processed by the image processingapparatus with increased reliability.

An image output method according to an aspect of the present inventionis an image output method using an image output device connected to animage processing apparatus to exchange information therewith. The imageoutput method includes (a) a step of acquiring RAW data which isundeveloped image data stored in a first storage unit, (b) a step oftransmitting to the image processing apparatus a confirmation commandfor confirming compatibility information including information relatingto RAW data processable by the image processing apparatus, (c) a step ofdetermining, when a response result to the confirmation command isreceived from the image processing apparatus after the step (b), whetherthe image processing apparatus can process the RAW data, on the basis ofthe received response result, and (d) a step of transmitting the RAWdata to the image processing apparatus, when it is determined at thestep (c) that the image processing apparatus can process the RAW data.

According to the image output method, on the basis of the responseresult from the image processing apparatus, it is determined whether theRAW data can be processed by the image processing apparatus. If it isdetermined that the RAW data can be processed by the image processingapparatus, the RAW data is transmitted to the image processingapparatus. Therefore, the RAW data can be processed by the imageprocessing apparatus with increased reliability. In the image outputmethod, various embodiments of the image output device described abovemay be employed. Further, the image output method may be added with oneor more steps fulfilling the respective functions of the image outputdevice described above.

An image processing method according to an aspect of the presentinvention is an image processing method using an image processingapparatus which is connected to an image output device to exchangeinformation therewith, and which includes a processing performing unitfor performing predetermined processing with the use of received RAWdata and a second storage unit for storing compatibility informationincluding information relating to RAW data processable by the processingperforming unit. The image processing method includes (a) a step oftransmitting, when a second reception unit receives from the imageoutput device a confirmation command for confirming the processable RAWdata, a response result to the image output device on the basis of thecompatibility information, and (b) a step of causing, when theprocessable RAW data is received from the image output device, theprocessing performing unit to perform the processing on the RAW data.

According to the image processing method, the response result enablingthe confirmation of the processable RAW data is conveyed to the imageoutput device. Therefore, the image output device can know the RAW dataprocessable by the image processing apparatus. Accordingly, the RAW datacan be processed with increased reliability. In the image processingmethod, various embodiments of the image processing apparatus describedabove may be employed. Further, the image processing method may be addedwith one or more steps fulfilling the respective functions of the imageprocessing apparatus described above.

A program according to an aspect of the present invention is for causingone or more computers to achieve the respective steps of either one ofthe image output method and the image processing method described above.The program may be recorded on a computer-readable recording medium,such as a hard disk, a Read Only Memory (ROM), a Floppy Disc (FD), aCompact Disc (CD), and a Digital Versatile Disc (DVD), distributed froma computer to another computer via a transmission medium which is acommunication network, such as the Internet and a Local Area Network(LAN), or transferred in any other fashion. The respective steps of themethod described above are performed by causing a computer to executethe program or by causing a plurality of computers to share respectivesteps of the program. Accordingly, a similar operational effect to theoperational effect of the method can be obtained.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is a configuration diagram illustrating an outline of aconfiguration of a direct printing system;

FIG. 2 is an explanatory diagram of RAW format compatibility information25 a stored in a flash memory 25;

FIG. 3 is an explanatory diagram of information stored in flash memory46;

FIG. 4 is a flowchart illustrating an example of an image display andtransmission processing routine;

FIG. 5( a) is an explanatory diagram of an image selection screendisplayed on a display unit 52 before image selection by a user;

FIG. 5( b) is an explanatory diagram of the image selection screendisplayed on the display unit 52 after the image selection;

FIG. 6 is a flowchart illustrating an example of an image printprocessing routine;

FIG. 7 is a flowchart illustrating another example of the image displayand transmission processing routine;

FIG. 8 is a flowchart illustrating another example of the image printprocessing routine; and

FIG. 9 is a flowchart illustrating another example of the image displayand transmission processing routine.

DESCRIPTION OF THE PREFERRED EMBODIMENTS

An embodiment embodying the present invention will now be described.FIG. 1 is a configuration diagram of an embodiment of the presentinvention, illustrating an outline of a configuration of a directprinting system 10. FIG. 2 is an explanatory diagram of RAW formatcompatibility information 25 a stored in a flash memory 25 of a printer20. FIG. 3 is an explanatory diagram of information stored in a flashmemory 46 of a digital camera 40. The direct printing system 10 of thepresent embodiment includes the printer 20 for printing an image on arecording sheet S, and the digital camera 40 connected to the printer 20via a Universal Serial Bus (USB) cable 32.

The printer 20 includes a controller 21 for controlling the entireapparatus, a printing mechanism 26 for performing print processing ofprinting an image on the recording sheet S, and a USB controller 28capable of inputting and outputting signals to and from externalequipment connected thereto. The controller 21, which is configured as amicroprocessor centering on a Central Processing Unit (CPU) 22, includesa ROM 23 storing a variety of processing programs, a Random AccessMemory (RAM) 24 for temporarily storing data, and the flash memory 25capable of writing and erasing data. The ROM 23 stores, for example, animage print processing program, which is an application program havingsuch functions as directly printing image files, such as a RAW fileincluding RAW data that is undeveloped and unprocessed image data and aJPEG file generated on the basis of the RAW data, and analyzing a RAWfile incompatible with the direct printing to enable the printprocessing of the RAW file. The flash memory 25 stores, for example, theRAW format compatibility information 25 a, which is information of theformat of a file directly printable by the printer 20. In the presentexample, as illustrated in FIG. 2, the RAW format compatibilityinformation 25 a includes information corresponding to the first tofourth RAW formats, which are formats of the RAW files generated by avariety of digital cameras and so forth. The printing mechanism 26constitutes a not-illustrated inkjet-type mechanism which performs theprint processing by exerting pressure on ink of respective colors todischarge the pressured ink onto the recording sheet S.

The digital camera 40 includes a controller 41 for performing a varietyof controls, an image pickup unit 45 for generating an image file byconverting incident light into electrical signals through an imagepickup device, the flash memory 46 capable of writing and erasing theimage file, an operation panel 50 capable of displaying information fora user and inputting an instruction from the user, and a USB controller48 capable of inputting and outputting signals to and from externalequipment connected to a USB terminal thereof. The controller 41, whichis configured as a microprocessor centering on a CPU 42, includes a ROM43 storing a variety of processing programs and a RAM 44 for temporarilystoring and saving data. The ROM 43 stores an image display andtransmission processing program, which is an application program fordisplaying for selection images to be printed and for having a selectedimage file subjected to the print processing by the printer 20. Theimage pickup unit 45 is configured to be able to generate a RAW file onthe basis of the electrical signals obtained by dividing the incidentlight into respective colors of red (R), green (G), and blue (B) throughthe image pickup device, such as a Charge Coupled Device (CCD) and aComplementary Metal-Oxide Semiconductor (CMOS), for example, and to beable to generate a JPEG file irreversibly compressed by performingwell-known image processing (e.g., white balance processing and gammaprocessing) on the generated RAW file. The digital camera 40 can storeonly the RAW file, both the RAW file and the JPEG file, or only the JPEGfile. The RAW file includes, for example, RAW data which is undevelopedimage data, a reduced display image (i.e., a thumbnail image) of the RAWdata, and shooting setting information at the time of shooting, such asa night scene mode shooting and the shooting date and time, for example.In the present example, the JPEG file is generated from the RAW file.Alternatively, the JPEG file and the RAW file may be directly generatedfrom the electrical signals obtained by the image pickup device. Asillustrated in FIG. 3, the flash memory 46 stores, for example, imagefiles such as RAW files A, B, and D and JPEG files C and D, developmentenabling parameters 64 a, 64 b, and 64 d which are information used in alater analysis of the contents of the RAW files, and a RAW recordingformat 66 which is information of the recording format of the RAW filesof the digital camera 40. In the present example, each of thedevelopment enabling parameters is generated together with thecorresponding RAW file at the time of shooting. The development enablingparameter 64 a includes, for example, the color filter arrangement, theRAW recording format, the RAW compression method, the RAW image size,the crop information, the white/black level, the white balance gain, thecolor reproduction parameter, the tone curve, and the Exchangeable ImageFile Format (Exif) information. The color filter arrangement isinformation of the arrangement of the image pickup device of the imagepickup unit 45 (e.g., an “R, G, G, B” arrangement). The RAW recordingformat is information of the recording format of the RAW file. The RAWcompression method is information relating to the compression method ofdata included in the file. The RAW image size is information of theimage size of the RAW data. The crop information is information of printstart coordinates and print end coordinates. The white/black level isinformation relating to the shift of numerical values of white andblack. The white balance gain, the color reproduction parameter, and thetone curve are information set by the user for the reduced displayimage. The Exif information includes the shooting setting information atthe time of shooting, such as the night scene mode shooting and theshooting date and time. If the RAW file A is analyzed with the use ofthe development enabling parameter 64 a, it is possible to know whattype of data is located in which part of the file and what type ofcompression has been performed on the data. Thus, even if the file is aRAW file of an incompatible format, the development processing and theprint processing can be performed on the RAW data included in the RAWfile. Information similar to the above is also included in the otherdevelopment enabling parameters. The flash memory 46 stores the RAWfiles, the development enabling parameters of the RAW files, and theJPEG files, if any, which are associated with one another (see dottedarcs). The operation panel 50, which is a device used by the user toinput a variety of instructions to the digital camera 40, is providedwith a display unit 52 for displaying letters or images corresponding tothe variety of instructions and an operation unit 54 for performing avariety of operations. The display unit 52 is formed by a liquid crystalpanel for displaying a color image. The operation unit 54 is providedwith, for example, a cursor key 54 a pressed down when the user shifts acursor or the like for selecting a process, a letter, and so forth, anda confirmation key 54 b pressed down to confirm the selection of theprocess and so forth.

In the present embodiment, to differentiate from the RAW file processedwithout the use of the development enabling parameter (i.e., analysisenabling information), the RAW file processable by the printer 20 withthe use of the development enabling parameter will be described as “notdirectly processable (printable),” for the convenience of explanation.Further, processing of the RAW file including the processing of the RAWfile without the use of the development enabling parameter will becollectively referred to simply as “processing.”

Description will now be made of the operation of the thus configureddirect printing system 10 of the present embodiment, and moreparticularly of the operation of transmitting an image file stored inthe digital camera 40 to the printer 20 in the direct print processing.The description will be mainly made of a case in which a print commandfor printing the RAW file A (see FIG. 3) is issued. FIG. 4 is aflowchart illustrating an example of an image display and transmissionprocessing routine performed by the CPU 42 of the digital camera 40. Theroutine is performed after the digital camera 40 has been started up andconnected to the printer 20 via the USB cable 32. When the routinestarts, the CPU 42 first transmits to the printer 20 a transmissioncommand for transmitting the RAW format compatibility information 25 avia the USB controller 48 (Step S100). Then, the CPU 42 determineswhether the RAW format compatibility information 25 a transmitted fromthe printer 20 has been received via the USB controller 48 (Step S110).If the RAW format compatibility information 25 a has not been received,the CPU 42 continues to stand by. If the RAW format compatibilityinformation 25 a has been received, the CPU 42 stores the received RAWformat compatibility information 25 a in the RAM 44, and reads the imagefiles stored in the flash memory 46 (Step S120). In the present example,the CPU 42 reads the image files in the order of the file names. Then,the CPU 42 determines whether the recording format of each of the readfiles corresponds to the direct printing by the printer 20, on the basisof whether one of the RAW recording formats included in the RAW formatcompatibility information 25 a is compatible with the RAW recordingformat written in a header portion or the development enabling parameterof the read RAW file (Step S130). In the present example, the JPEG fileis recognized as a file compatible with the direct printing. If theimage files have been shot solely by the digital camera 40, the CPU 42may determine whether one of the recording formats included in the RAWformat compatibility information 25 a is compatible with the RAWrecording format 66.

If the recording format of the read file is compatible with the printer20, the CPU 42 stores the file as a file directly printable by theprinter 20 (Step S140). If the recording format of the read file isincompatible with the printer 20, the CPU 42 stores the file as a filenot directly printable by the printer 20 (Step S150). Subsequent to theStep S140 or S150, the CPU 42 determines whether all of the image fileshave been subjected to the determination process of determining thecompatibility with the printer 20 (Step S160). If the determinationprocess has not been performed on all of the image files, the CPU 42repeats the processes of the Step S120 and the subsequent steps. If thedetermination process has been performed on all of the image files, theCPU 42 causes the display unit 52 to display a directly printable imagefile and a not directly printable image file in different patterns (StepS170). In the present example, the CPU 42 reads the respective reduceddisplay images included in the image files, and displays an imageselection screen 80 on the display unit 52, as illustrated in FIG. 5(a). After, the image selection screen 80 is displayed on the displayunit 52, the user can select an image from the images displayed on theimage selection screen 80.

FIGS. 5( a) and 5(b) are explanatory diagrams of the image selectionscreen 80 displayed on the display unit 52. FIG. 5A is a diagramillustrating the screen before the image selection by the user, whileFIG. 5B is a diagram illustrating the screen after the image selection.The image selection screen 80 is set to arrange images 80 a to 80 f ofthe image files such that the thumbnail images of the respective imagefiles are arranged in two rows each including three horizontally alignedimages, and to shift a cursor 81 along with the pressing down of a leftor right key of the cursor key 54 a to display the next or previouspage. In the present example, the RAW file A, the RAW file B, the JPEGfile C, and the JPEG file D correspond to the images 80 a, 80 b, 80 c,and 80 d, respectively. Further, the not directly printable image filesare displayed in gray in the image selection screen 80 (see the images80 a and 80 b). If an image file includes the RAW file and the JPEG filegenerated from the RAW file (see the RAW file D of FIG. 3), only thethumbnail image of the JPEG file is displayed.

Subsequent to the Step S170, the CPU 42 determines whether the printcommand has been issued for any of the images displayed on the imageselection screen 80, on the basis of whether the confirmation key 54 bhas been pressed down (Step S180). If the print command has not beenissued, the CPU 42 continues to stand by. If the print command has beenissued, the CPU 42 determines whether a directly printable selectedimage file has been selected (Step S190). In this step, if the printcommand is issued for the image file which stores the RAW file and theJPEG file generated from the RAW file, and if the RAW file is notdirectly printable, the CPU 42 determines at the Step S190 that a notdirectly printable image file has been selected. If the not directlyprintable image file has been selected, the CPU 42 transmits thedevelopment enabling parameter of the selected image file to the printer20 (Step S200). Then, the CPU 42 waits to receive the result of analysisby the printer 20, and determines on the basis of the analysis resultwhether the image file is printable by the printer 20 (Step S210). Inthis manner, the CPU 42 causes the printer 20 to analyze whether theimage file is printable by the printer 20 with the use of thedevelopment enabling parameter. If the image file is not printable bythe printer 20, the CPU 42 determines whether the image file stores theJPEG file generated from the RAW file (Step S220). If the JPEG fileexists, the CPU 42 transmits the JPEG file (Step S230). Meanwhile, ifthe JPEG file does not exist, the CPU 42 causes the display unit 52 todisplay the display image of the image file in a pattern that the printprocessing of the image file cannot be performed (Step S240). Althoughnot illustrated, such a display image is blacked out in the presentexample.

Meanwhile, if it is determined at the Step S210 that the image file isprintable by the printer 20 with the use of the development enablingparameter, the CPU 42 displays the selected image in a pattern that theimage is printable, i.e., with the display of the image switched fromthe gray display to the color display, as in the image 80 a of FIG. 5B(Step S250). Subsequent to the Step S250, or after the determination atthe Step S190 that the image file is directly printable, the CPU 42transmits the selected image file to the printer 20 (Step S260).Subsequently, the CPU 42 determines whether the image selection processhas been completed (Step S270). If the image selection process has notbeen completed, the CPU 42 repeats the processes of the Step S170 andthe subsequent steps. If the image selection process has been completed,the CPU 42 completes the present routine. As described above, if the RAWfile is compatible with the direct printing, the CPU 42 transmits theRAW file to the printer 20. Further, if the RAW file is incompatiblewith the direct printing but is printable with the use of thedevelopment enabling parameter, the CPU 42 transmits the RAW file andthe development enabling parameter. Furthermore, if the RAW file is notprintable but has the corresponding JPEG file, the CPU 42 transmits theJPEG file to the printer 20. That is, the CPU 42 causes the printer 20to perform the print processing with the utmost priority placed on theRAW file.

Description will now be made of the operation of the print processing bythe printer 20 of the image file transmitted from the digital camera 40.FIG. 6 is a flowchart illustrating an example of an image printprocessing routine performed by the CPU 22 of the printer 20. Theroutine is performed at predetermined intervals (e.g. every fewmilliseconds) after the digital camera 40 is connected to the USBcontroller 28 via the USB cable 32. When the routine starts, the CPU 22first determines whether the transmission command for transmitting theRAW format compatibility information 25 a has been received from thedigital camera 40 via the USB controller 28 (Step S300). If thetransmission command for transmitting the RAW format compatibilityinformation 25 a has been received, the CPU 22 transmits the RAW formatcompatibility information 25 a to the digital camera 40 via the USEcontroller 28 (Step S310).

Then, subsequent to the Step S310, or if it is determined at the StepS300 that the transmission command for transmitting the RAW formatcompatibility information 25 a has not been received, the CPU 22determines whether the development enabling parameter has been received(Step S320). If it is determined that the development enabling parameterhas been received, the CPU 22 stores the development enabling parameterin a predetermined area of the RAM 24, and analyzes whether the printprocessing can be performed on the RAW file corresponding to thedevelopment enabling parameter (Step S330). Then the CPU 22 transmitsthe result of the analysis (Step S340). In the present example, it isdetermined that the print processing can be performed if the developmentenabling parameter includes necessary information for the printprocessing of an incompatible RAW file, and it is determined that theprint processing cannot be performed if the development enablingparameter does not include the necessary information. Alternatively, itmay be determined that the print processing cannot be performed, if theprinter 20 is incompatible with the RAW compression method stored in thedevelopment enabling parameter, for example.

Then, subsequent to the Step S340, or if it is determined at the StepS320 that the development enabling parameter has not been received, theCPU 22 determines whether the RAW file has been received (Step S350). Ifit is determined that the RAW file has not been received, the CPU 22determines whether the corresponding JPEG file has been received (StepS360). If it is determined that the JPEG file has not been received, theCPU 22 just completes the present routine. If it is determined that theJPEG file has been received, the CPU 22 performs the direct printprocessing of the received file (Step S370), and completes the presentroutine. Meanwhile, if it is determined at the Step S350 that the RAWfile has been received, the CPU 22 determines whether the developmentenabling parameter of the received RAW file has been received (StepS380). If it is determined that the development enabling parameter ofthe received RAW file has not been received, the CPU 22 performs thedevelopment processing and the direct print processing of the RAW file(Step S390), and completes the present routine. Meanwhile, if it isdetermined that the development enabling parameter of the RAW file hasbeen received, the CPU 22 analyzes the RAW file with the use of thedevelopment enabling parameter stored in the RAM 24, reads the RAW datacorresponding to the image data included in the RAW file, and performsthe development processing and the print processing of the data (StepS400). Then, the CPU 22 completes the present routine. As describedabove, even if a RAW file of a format incompatible with the directprinting is generated by the digital camera 40 due to a model change andso forth, for example, the development processing and the printprocessing of the RAW file can be performed with the use of thedevelopment enabling parameter. Accordingly, the print processingutilizing the characteristic of the RAW file can be preferentiallyperformed.

The correspondence relationship between the constituent components ofthe present embodiment and the constituent components of the presentinvention will now be specified. The printer 20 and the digital camera40 of the present embodiment correspond to the image processingapparatus and the image output device of the present invention,respectively. As for the digital camera 40, the flash memory 46, the USBcontroller 48, the display unit 52, and the CPU 42 correspond to a firststorage unit, a first transmission unit and a first reception unit, adisplay unit, and a first control unit, respectively. Meanwhile, theflash memory 25, the USB controller 28, the printing mechanism 26, andthe CPU 22 correspond to a second storage unit, a second transmissionunit and a second reception unit, a processing performing unit and aprint processing performing unit, and a processing determination unitand a second control unit, respectively. Further, the RAW formatcompatibility information 25 a, the development enabling parameter 64 aand so forth, and the recording sheet S correspond to formatcompatibility Information, analysis enabling information, and a printingmedium, respectively. In the present embodiment, an example of each ofthe image output method and the image processing method according to thepresent invention is specified in the description of the operation ofthe direct printing system 10.

According to the direct printing system 10 of the present embodimentdescribed above in detail, the digital camera 40 transmits to theprinter 20 a confirmation command for transmitting the RAW formatcompatibility information 25 a, which is information of the RAW fileformats directly printable by the printer 20. Then, upon receipt of theRAW format compatibility information 25 a as a response result from theprinter 20, the digital camera 40 determines, on the basis of thereceived RAW format compatibility information 25 a and the format of theRAW file included in the RAW file stored in the flash memory 46, whetherthe RAW file is directly printable by the printer 20. If it isdetermined that the RAW file is directly printable, the digital camera40 transmits the RAW file to the printer 20. In this manner, the RAWfile directly printable by the printer 20 is previously confirmed.Accordingly, the direct print processing of the RAW file can beperformed by the printer 20 with increased reliability.

Further, prior to a RAW file selecting operation by the user, thedigital camera 40 transmits to the printer 20 the transmission commandfor transmitting the RAW format compatibility information 25 a.Therefore, processes subsequent thereto can be smoothly performed.Furthermore, if it is determined that the direct print processing of theRAW file cannot be performed, the digital camera 40 transmits thecorresponding development enabling parameter to the printer 20.Therefore, with the use of the analysis enabling information, theprinter 20 can perform the print processing of the RAW file incompatiblewith the direct printing. Further, the RAW file determined to be unableto be subjected to the direct printing is displayed in gray. Therefore,the user can easily visually recognize whether a RAW file is directlyprintable. In this case, if the print command is issued for thegray-displayed RAW file, and if it is determined that the RAW file isprintable with the use of the development enabling parameter, the graydisplay is canceled. After the cancellation, therefore, the user caneasily visually recognize that the RAW file is printable.

Further, the printer 20 conveys the RAW format compatibility information25 a to the digital camera 40 to enable the digital camera 40 to knowthe RAW files which can be subjected to the print processing by theprinter 20. Therefore, the RAW file can be processed with increasedreliability. Furthermore, with the use of the RAW format compatibilityinformation 25 a, the digital camera 40 can relatively easily determinewhether the print processing can be performed on the RAW file. Further,through the relatively simple process of transmitting the RAW formatcompatibility information 25 a, the printer 20 can cause the digitalcamera 40 to determine whether the print processing can be performed onthe RAW file. Furthermore, upon receipt of the development enablingparameter of the RAW file of the not directly printable format, theprinter 20 determines whether the print processing can be performed onthe RAW file with the use of the received development enablingparameter. With the use of the development enabling parameter,therefore, the print processing can be performed on the not directlyprocessable RAW file. Further, the printer 20 transmits the result ofthe determination to the digital camera 40. Therefore, the digitalcamera 40 can use the information of whether the print processing of theRAW file can be performed by the printer 20.

Needless to say, the present invention is not at all limited to theembodiment described above, and may be implemented in variousembodiments as long as within the technical scope of the presentinvention.

For example, in the embodiment described above, if a RAW file is notdirectly printable by the printer 20, the digital camera 40 displays thefile in a different pattern from the pattern of a printable file, andtransmits the development enabling parameter of the not directlyprintable file to the printer 20. Alternatively, the display of the filein a different pattern from the pattern of a printable file or thetransmission of the development enabling parameter may be omitted. Stillalternatively, the display of the file in a different pattern from thepattern of a printable file and the transmission of the developmentenabling parameter may be both omitted. Irrespective of the omission,the digital camera 40 transmits the directly printable RAW file to theprinter 20. Therefore, the direct printing of the RAW file can bereliably performed by the printer 20.

In the embodiment described above, the display image of the not directlyprintable RAW file is displayed in gray. Alternatively, for example, thedisplay image may be added with a message indicating that the RAW fileis printable with the use of the development enabling parameter or witha sign representing the message (e.g., “Δ” or “?”), or may be hatched,shaded with diagonal lines, or feathered. Further, in the embodimentdescribed above, if the not directly printable RAW file cannot beprinted even with the use of the development enabling parameter, thedisplay image of the file is displayed in blackout. Alternatively, thedisplay image may be added with a message indicating that the imagecannot be printed or with a sign representing the message (e.g., “×” or“-”).

In the embodiment described above, after an image has been selected inthe image selection screen 80 and the command for the direct printinghas been issued, the development enabling parameter is transmitted tothe printer 20 to determine whether the corresponding RAW file isprintable. Alternatively, the development enabling parameters 64 a, 64b, and 64 d may be transmitted to the printer 20 prior to an inputoperation by the user of inputting a command for the direct printing.With this configuration, prior to the input by the user of the commandfor the direct printing of the RAW file, it is possible to know whetherthe print processing of the RAW file can be performed with the use ofthe development enabling parameter. Accordingly, processes subsequentthereto can be smoothly performed.

In the embodiment described above, the not directly printable RAW fileand the development enabling parameter thereof are transmitted to theprinter 20 at separate timings. Alternatively, the development enablingparameter of the RAW file may be transmitted to the printer 20 togetherwith the RAW file. With this configuration, the printer 20 can actuallyanalyze the RAW file with the use of the development enabling parameter.It is therefore possible to reliably know whether the print processingof the RAW file can be performed by the printer 20. Further, in theembodiment described above, the development enabling parameter and theconfirmation command for confirming the formats of the RAW filesdirectly printable by the printer 20 are transmitted to the printer 20at separate timings. Alternatively, the development enabling parameterand the confirmation command may be transmitted to the printer 20 at thesame timing. With this configuration, it is possible to promptlydetermine whether the print processing of the RAW file can be performedby the printer 20. Furthermore, in the embodiment described above, thedevelopment enabling parameter is generated simultaneously with theshooting of an image and stored in the flash memory 46. Alternatively,the development enabling parameter may be generated by analyzing thecontent of the RAW file after the start of the image display andtransmission processing routine.

In the embodiment described above, if there is no JPEG filecorresponding to the RAW file, the image of the RAW file is displayed atthe Step S240 of the image display and transmission processing routineof FIG. 4 in the pattern that the file is not printable. Alternatively,for example, if the flash memory 25 of the printer 20 stores the RAWformat compatibility information 25 a storing the RAW recording formatwhich has been known from experience to be unable to be printed evenwith the use of the development enabling parameter, and if the digitalcamera 40 receives the RAW format compatibility information 25 a, thedirectly printable file, the printable but not directly printable file,and the not printable file may be displayed in different patterns fromone another at the step S170. Also with this configuration, the user caneasily visually recognize whether a displayed image is printable ordirectly printable, for example.

In the embodiment described above, if the RAW file and the correspondingJPEG file are stored (see the RAW file D of FIG. 3), the JPEG file istransmitted to the printer 20 to be directly printed. Alternatively, theprint processing may be performed by using the RAW file whereverpossible.

In the embodiment described above, the printer 20 and the digital camera40 are communicably connected by the USB cable 32. However, theconnection configuration is not particularly limited, as long as theprinter 20 and the digital camera 40 are communicably connected. Thus,the apparatuses may be connected by another cable, such as a serialcable and an Institute of Electrical and Electronics Engineers (IEEE)1394 cable, or by wireless.

In the embodiment described above, the transmission command fortransmitting the RAW format compatibility information 25 a forconfirming the formats of the directly printable RAW files istransmitted from the digital camera 40 to the printer 20, and the RAWfile directly processable by the printer 20 is determined on the basisof the RAW format compatibility information 25 a, which is the responseresult. In addition to or in place of the above configuration, thedigital camera 40 may transmit to the printer 20 the information of theformat of the RAW file stored in the flash memory 46 of the digitalcamera 40. Then, upon receipt of the information, the printer 20 mayextract from the received information the recording format of the RAWfile compatible with the direct printing on the basis of the RAW formatcompatibility information 25 a, and may transmit the extracted RAWrecording format to the digital camera 40 as the response result.Specifically, the CPU 42 of the digital camera 40 performs the imagedisplay and transmission processing routine illustrated in FIG. 7, andthe CPU 22 of the printer 20 performs the image print processing routineillustrated in FIG. 8. FIG. 7 is a flowchart illustrating anotherexample of the image display and transmission processing routine. FIG. 8is a flowchart illustrating another example of the image printprocessing routine. The CPU 42 of the digital camera 40 first reads animage file stored in the flash memory 46, and acquires the RAW recordingformat of the image file, if the file is a RAW file (Step S500). Then,the CPU 42 continues the above process until the file reading process iscompleted for all files (Step S510). When the file reading process iscompleted for all files, the CPU 42 transmits all of the acquired RAWrecording formats to the printer 20 (Step S520). Then, the CPU 42 standsby until the receipt from the printer 20 of direct printing availabilityinformation, which is information of the directly printable RAWrecording format (Step S530). Upon receipt of the direct printingavailability information, the CPU 42 reads the RAW recording format of afile stored in the flash memory 46 (Step S540), and performs theprocesses of the Step S130 and the subsequent steps of the foregoingimage display and transmission processing routine of FIG. 4. Meanwhile,the CPU 22 of the printer 20 determines whether the RAW recordingformats stored in the flash memory 46 have been received from thedigital camera 40 (Step S600). If the RAW recording formats have beenreceived, the CPU 22 determines, with the use of the RAW formatcompatibility information 25 a, whether the received RAW recordingformats are directly printable RAW recording formats, to thereby extractthe RAW recording format directly printable by the printer 20 (StepS610). Then, the CPU 22 transmits the extracted directly printable RAWrecording format to the digital camera 40 as the direct printingavailability information (Step S620). Subsequent to the Step S620, or ifit is determined at the Step S600 that the RAW recording formats havenot been received, the CPU 22 performs the processes of the Step S320and the subsequent steps of the foregoing image print processing routineof FIG. 6. With the above configurations, the digital camera 40 canrelatively easily determine whether a RAW file is directly printablewith the use of the direct processing (printing) availabilityinformation. Further, the printer 20 can cause the digital camera 40 todetermine which format of the RAW file is directly printable by theprinter 20 with the use of the direct processing availabilityinformation. Furthermore, the RAW file can be printed by the printer 20with increased reliability. In the digital camera 40, a not-illustratedmenu screen may be used for input by the user to set either one of thefollowing options: having the RAW file directly printed by transmittingfrom the digital camera 40 to the printer 20 the transmission commandfor transmitting the RAW format compatibility information 25 a as theconfirmation command, and having the RAW file directly printed bytransmitting from the digital camera 40 to the printer 20 theinformation of the RAW recording formats of the RAW files stored in thedigital camera 40 as the confirmation command. Alternatively, thedigital camera 40 may transmit to the printer 20 the transmissioncommand for transmitting the RAW format compatibility information 25 aas the confirmation command, and if the digital camera 40 receives theRAW format compatibility information 25 a, the digital camera 40 may usethe information to confirm the directly printable RAW file, while if thedigital camera 40 cannot receive the RAW format compatibilityinformation 25 a after the elapse of a predetermined time, the digitalcamera 40 may transmit to the printer 20 the information of the formatsof all RAW files stored in the flash memory 46 as the confirmationcommand. Also with this configuration, the RAW file can be printed bythe printer 20 with increased reliability.

In the embodiment described above, prior to the selection by the user ofthe image to be printed, the confirmation command for confirming whichformat of the RAW file is directly printable by the printer 20 istransmitted to the printer 20. Alternatively, the confirmation commandfor confirming whether a RAW file is directly printable may betransmitted to the printer 20 after the selection by the user of theimage to be printed. FIG. 9 is a flowchart illustrating another exampleof the image display and transmission processing routine. The routine isstored in the ROM 43, and is repeatedly preformed by the CPU 42 of thedigital camera 40 after the digital camera 40 has become communicablewith the printer 20. When the routine starts, the CPU 42 firstdetermines whether the image to be printed has been selected and theprint command for the image has been issued, on the basis of, forexample, whether the image has been selected with the cursor 81 placedon the image selection screen 80 and the print command has been issuedwith the confirmation key 54 b pressed down (Step S700). If the printcommand has not been issued, the CPU 42 continues to stand by.Meanwhile, if the print command has been issued, the CPU 42 reads theselected file (Step S710), and determines whether the RAW file is forthe RAW printing (Step S720). If the RAW file is for the RAW printing,the CPU 42 transmits the format of the selected RAW file to the printer20 as the confirmation command (Step S730), and stands by until thereceipt of the response result (Step S740). With the use of the RAWformat compatibility information 25 a, the printer 20 determines whetherthe received RAW recording format is a directly printable RAW recordingformat, and transmits the result of the determination to the digitalcamera 40 as the response result (the direct processing availabilityinformation in the present example). Upon receipt of the responseresult, the CPU 42 determines whether the direct printing can beperformed (Step S750). If it is determined that the direct printingcannot be performed, the CPU 42 causes the display unit 52 to displaythe selected image in the pattern that the image cannot be directlyprinted, as in the image 80 a of FIG. 5 (Step S760). Then, the CPU 42transmits to the printer 20 the RAW file and the development enablingparameter associated with the RAW file (Step S770). On the basis of theRAW file and the development enabling parameter, the printer 20determines whether the RAW file can be printed in a similar manner as inthe foregoing description, and transmits the result of the determinationto the digital camera 40. Then, upon receipt of the result of thedetermination by the printer 20, the CPU 42 performs the processes ofthe Steps S210 to S260 of the foregoing image display and transmissionprocessing routine of FIG. 4, and completes the present routine.Meanwhile, if it is determined at the Step S720 that the RAW file is notfor the RAW printing, or if it is determined at the Step S750 that thedirect printing can be performed, the CPU 42 performs the processes ofthe Steps S250 to S260 of the foregoing image display and transmissionprocessing routine of FIG. 4 and completes the present routine. Alsowith this configuration, the directly printable RAW file is confirmedafter the selection of the image. Therefore, the print processing of theRAW file can be performed by the printer 20 with increased reliability.

In the embodiment described above, the digital camera 40 transmits aprocessable RAW file to the printer 20. Alternatively, the controller 41may be provided with a conversion function capable of converting a RAWfile into a plurality of formats so that, upon receipt from the printer20 of the response result that the RAW file is not directly processable,the digital camera 40 uses the function to convert the not directlyprocessable RAW file into a file of the format directly processable bythe printer 20 and transmits the converted file to the printer 20. Inthis case, it is preferable to convert the RAW file into a RAW filecompatible with the printer 20 as the file directly processable by theprinter 20. Also with this configuration, the direct print processing ofthe RAW file can be performed by the printer 20 with increasedreliability. The RAW file may also be converted into a file other thanthe RAW file.

In the embodiment described above, the description has been made of thedigital camera 40 as the image output device according to the presentinvention. The image output device according to the present invention,however, is not particularly limited, as long as the device transmits animage file, and may be applied to, for example, an image-reproducingpicture viewer, digital video cassette recorder, or camera-equippedmobile phone. Further, the description has been made of the printer 20as the image processing apparatus according to the present invention.The image processing apparatus according to the present invention,however, is not particularly limited, as long as the apparatus processesan image file, and may be applied to, for example, a scanner-equippedmultifunction printer or facsimile machine. In the embodiment describedabove, the description has been made of the case in which the directprint processing of the RAW file is performed.

Alternatively, for example, the present invention may be applied to acase in which the digital camera 40 is connected to a monitor device orthe like to perform the display processing of the RAW file. Further, theprinting mechanism 26, which is of the inkjet-type in the embodimentdescribed above, may be configured as an electrophotographic type laserprinter, a thermal transfer type printer, a dot impact type printer, ora monochrome printer of one of the above types. Furthermore, thedescription has been made of the present invention with the embodimentsof the printer 20 and the digital camera 40. Alternatively, the presentinvention may be embodied as an image output method or an imageprocessing method, or as a program for executing the method.

The present specification contains the subject matter of Japanese PatentApplication No. 2006-289583 filed in Japan on Oct. 25, 2006 and JapanesePatent Application No. 2007-194557 filed in Japan on Jul. 26, 2007, theentire disclosed contents of the specifications, drawings, and claims ofwhich are incorporated herein by reference.

1. An image output device connected to an image processing apparatus toexchange information therewith, the image output device comprising: afirst acquisition unit for acquiring RAW data which is undeveloped imagedata stored in a first storage unit; a first transmission unit capableof transmitting information; a first reception unit capable of receivinginformation; a display unit capable of displaying an image; and a firstcontrol unit that causes the first transmission unit to transmit to theimage processing apparatus a confirmation command for confirmingcompatibility information including information relating to RAW dataprocessable by the image processing apparatus, that, when the firstreception unit receives from the image processing apparatus a responseresult to the confirmation command, determines on the basis of thereceived response result whether the image processing apparatus canprocess the RAW data, and that causes the first transmission unit totransmit the RAW data to the image processing apparatus, when it isdetermined that the image processing apparatus can process the RAW data;wherein, on the basis of the received response result and informationrelating to the RAW data, the first control unit determines whether theimage processing apparatus can process the RAW data, and if it isdetermined that the image processing apparatus cannot process the RAWdata, the first control unit causes the display unit to display the RAWdata in a different pattern from the pattern of the data determined tobe processable by the image processing apparatus.
 2. The image outputdevice according to claim 1, wherein the first acquisition unit furtheracquires analysis enabling information used to analyze the content ofthe RAW data, the analysis enabling information including at least oneof a color filter arrangement which is information of an arrangement ofcolor filters, a RAW recording format which is information of arecording format of the RAW data, a RAW compression method which isinformation relating to a compression method of data included in the RAWdata, a RAW image size which is information of an image size of the RAWdata, crop information which is information of print start coordinatesand print end coordinates, and a white/black level which is informationrelating to a shift of numerical values of white and black; and whereinthe first control unit determines on the basis of the received responseresult whether the image processing apparatus can process the RAW datawithout the analysis enabling information, and if it is determined thatthe image processing apparatus cannot process the RAW data, the firstcontrol unit causes the display unit to display the RAW data in apattern that the RAW data cannot directly be processed.
 3. The imageoutput device according to claim 1, wherein the first control unitdetermines whether the image data generated from the RAW data ispresent, when the first control unit determines that the imageprocessing apparatus cannot process the RAW data, and causes the displayunit to display the RAW data in a pattern that the image processingapparatus cannot be performed when the image data generated from the RAWdata is not present.
 4. The image output device according to claim 1,wherein, when the first reception unit receives from the imageprocessing apparatus the compatibility information, which is stored as atype of the RAW data processable by the image processing apparatus, thefirst control unit determines, on the basis of the receivedcompatibility information and information relating to the format of theRAW data acquired by the first acquisition unit, whether the imageprocessing apparatus can process the RAW data.
 5. The image outputdevice according to claim 1, wherein the first control unit causes thefirst transmission unit to transmit to the image processing apparatusthe confirmation command including information relating to the RAW dataacquired by the first acquisition unit, and when the first receptionunit receives from the image processing apparatus processingavailability information, which includes information relating to RAWdata processable by the image processing apparatus out of the RAW dataacquired by the first acquisition unit, as the response result to theconfirmation command, the first control unit determines whether theimage processing apparatus can process the RAW data, on the basis of theprocessable RAW data based on the received processing availabilityinformation and the information relating to the RAW data acquired by thefirst acquisition unit.
 6. The image output device according to claim 1,further comprising: a display unit capable of displaying an image,wherein the first control unit causes the display unit to display theRAW data determined to be processable by the image processing apparatus,in a pattern that a user can perform an operation of inputting aprocessing command which is a command for having the RAW data processedby the image processing apparatus.
 7. The image output device accordingto claim 1, wherein the first acquisition unit further acquires analysisenabling information used to analyze the content of the RAW data, theanalysis enabling information including at least one of a color filterarrangement which is information of an arrangement of color filters, aRAW recording format which is information of a recording format of theRAW data, a RAW compression method which is information relating to acompression method of data included in the RAW data, a RAW image sizewhich is information of an image size of the RAW data, crop informationwhich is information of print start coordinates and print endcoordinates, and a white/black level which is information relating to ashift of numerical values of white and black; and wherein the firstcontrol unit determines on the basis of the received response resultwhether the image processing apparatus can process the RAW data withoutthe analysis enabling information, and causes the first transmissionunit to transmit the analysis enabling information to the imageprocessing apparatus, when it is determined that the image processingapparatus cannot process the RAW data without the analysis enablinginformation.
 8. An image output method having a display unit capable ofdisplaying an image and using an image output device connected to animage processing apparatus to exchange information therewith, the imageoutput method comprising: (a) a step of acquiring RAW data which isundeveloped image data stored in a first storage unit; (b) a step oftransmitting to the image processing apparatus a confirmation commandfor confirming compatibility information including information relatingto RAW data processable by the image processing apparatus; (c) a step ofdetermining, when a response result to the confirmation command isreceived from the image processing apparatus after the step (b), whetherthe image processing apparatus can process the RAW data, on the basis ofthe received response result; (d) a step of transmitting the RAW data tothe image processing apparatus, when it is determined at the step (c)that the image processing apparatus can process the RAW data; and (e) astep of determining whether the image processing apparatus can processthe RAW data, on the basis of a received response result at the step (c)and information relating to the RAW data, and causing the display unitto display the RAW data in a different pattern from the pattern of thedata determined to be processable by the image processing apparatus ifit is determined that the image processing apparatus cannot process theRAW data.